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在过去的20年里,遥感技术发展迅速,遥感数据成为地质学、地球物理学、矿产资源及能源各学科研究的一种最强有力的工具。对于地质学及矿产资源研究来说,能够总结出多方面的应用。采用具有不同波段和空间分辨率的多功能传感器及多时相数据,以对所需要参数求得最佳方案,地质科学的主要课题都很感兴趣的类比数字数据已证明是许多应用中心必不可少的基础,在不同的传感器技术发展的这一时期,新的遥感数据具有可用性。在这一方面,许多欧洲地质科学研究者一度从事于发展新的遥感数据应用的方法,比如促进了图像处理技术,出现了多功能传感器与分类算法,特别是最近几十年遥感的适用性,由不同的数据组的组合证实它在许方面应用时具有独特性。
Over the past two decades, remote sensing has developed rapidly and remote sensing data has become one of the most powerful tools in the study of geology, geophysics, mineral resources and energy. For geology and mineral resources research, can sum up a wide range of applications. Analogous digital data, which is of interest to major topics in geosciences, using multifunctional sensors and multiphase data with different wavebands and spatial resolutions to find the best solution for the required parameters, has proven to be essential for many application centers The basis of the different sensor technology in this period, the new remote sensing data availability. In this regard, many European geoscientists once engaged in the development of new methods for the application of remote sensing data, such as the promotion of image processing technology, the emergence of multi-functional sensors and classification algorithms, especially the applicability of remote sensing in recent decades, The combination of different data sets demonstrates that it is unique in its application.